高银贵, 孔皖军, 安士凯, 薛贤明, 郑刘根, 常成林, 姜春露, 国伟, 雷锋, 王刚, 杨成超. 唐家会矿奥灰水害区域治理试验工程及防控技术[J]. 煤矿安全, 2022, 53(3): 91-95,103.
    引用本文: 高银贵, 孔皖军, 安士凯, 薛贤明, 郑刘根, 常成林, 姜春露, 国伟, 雷锋, 王刚, 杨成超. 唐家会矿奥灰水害区域治理试验工程及防控技术[J]. 煤矿安全, 2022, 53(3): 91-95,103.
    GAO Yingui, KONG Wanjun, AN Shikai, XUE Xianming, ZHENG Liugen, CHANG Chenglin, JIANG Chunlu, GUO Wei, LEI Feng, WANG Gang, YANG Chengchao. Experimental project and prevention and control technology of Ordovician limestone water disaster in Tangjiahui Coal Mine[J]. Safety in Coal Mines, 2022, 53(3): 91-95,103.
    Citation: GAO Yingui, KONG Wanjun, AN Shikai, XUE Xianming, ZHENG Liugen, CHANG Chenglin, JIANG Chunlu, GUO Wei, LEI Feng, WANG Gang, YANG Chengchao. Experimental project and prevention and control technology of Ordovician limestone water disaster in Tangjiahui Coal Mine[J]. Safety in Coal Mines, 2022, 53(3): 91-95,103.

    唐家会矿奥灰水害区域治理试验工程及防控技术

    Experimental project and prevention and control technology of Ordovician limestone water disaster in Tangjiahui Coal Mine

    • 摘要: 唐家会煤矿主采6煤层底板受奥灰岩溶水威胁严重,是准格尔煤田中采深最大、水压最高的矿井,为消除底板奥灰水害威胁,对唐家会矿61207工作面开展地面区域治理试验工程。结果表明:定向钻孔过程中多次发生漏失和失返现象,注浆工程中吃浆量大,钻探和注浆的效率低,采用地面区域治理方式防治底板奥灰水害费用高、工期长,难以满足工作面生产接续成本控制的需要。经综合对比分析得出,现阶段矿井奥灰水防治宜采用“工作面内部井下定向钻底板探查加固”与“工作面外部地面定向钻断层带治理”相结合的防治水技术路线。

       

      Abstract: The 6th coal seam floor of Tangjiahui Coal Mine is seriously threatened by Ordovician karst water. It is the mine with the deepest mining depth and the highest water pressure in Zhungeer Coal Field. In order to eliminate the threat of water damage from Ordovician floor, the ground area treatment test project was carried out on the 61207 working face of Tangjiahui Mine. The test results show that there are many leakage and return phenomena during the directional drilling process, the grout is large in the grouting project, the efficiency of drilling and grouting is low, and the 61207 working face adopts the ground area treatment method to prevent and control the floor Ordovician water damage. The construction period is long, and it is difficult to meet the needs of continuous cost control of the face production. Through comprehensive comparative analysis, it is advisable to adopt the technical route of water prevention and control, which is the combination of “bottom exploration and reinforcement by directional drilling inside working face” and “treatment of fault zone by directional drilling outside working face”.

       

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